You can’t improve what you don’t measure. Our new research with @​nvidia and @​qbraid official shows that measuring and correcting while quantum computation is still happening—mid-circuit, rather than waiting until computation is done—lowers error rates by 54%. Lower error rates translate to: 🔸 More accurate and efficient simulations 🔸 Lower R&D costs 🔸 Faster time-to-market for enterprises This research serves as an immediate, practical bridge to full fault-tolerant quantum computing (FTQC). Read the full blog → #IonQ #QuantumIsNow #FutureOfQuantum #FTQC 📷 ↧ IonQ A Platform Solution to the Deep Trotter Dilemma: Improving Q... A Platform Solution to the Deep Trotter Dilemma: Improving Quantum Chemistry Simulations